Source: http://brainblogger.com/2016/11/06/how-prenatal-lead-exposure-results-in-neurodevelopmental-disorders/
During the prenatal period, the fetus begins to form one of the most complex structures in nature, the human brain. This process is called neural embryogenesis and it represents one of the most complicated processes in prenatal life. The process relies on the tight regulation of behavior of the cells that will make up the brain. Neuronal stem cells (NSC) play a key role in embryonic brain development.
NSCs need a special environment in order to be able to carry out their function in neural embryogenesis, the creation of new cells to populate the nervous system. However, in some cases, harmful environmental exposure can result in abnormal NSC behavior. Prenatal exposure to lead is one of these harmful influences that may overwhelm the NSCs’ mechanisms of coping with cellular damage. As a result, NSC-regulated processes in neural embryogenesis may become affected, ofte…
Source: http://brainblogger.com/2016/11/06/how-prenatal-lead-exposure-results-in-neurodevelopmental-disorders/
During the prenatal period, the fetus begins to form one of the most complex structures in nature, the human brain. This process is called neural embryogenesis and it represents one of the most complicated processes in prenatal life. The process relies on the tight regulation of behavior of the cells that will make up the brain. Neuronal stem cells (NSC) play a key role in embryonic brain development.
NSCs need a special environment in order to be able to carry out their function in neural embryogenesis, the creation of new cells to populate the nervous system. However, in some cases, harmful environmental exposure can result in abnormal NSC behavior. Prenatal exposure to lead is one of these harmful influences that may overwhelm the NSCs’ mechanisms of coping with cellular damage. As a result, NSC-regulated processes in neural embryogenesis may become affected, ofte…
What Do You Think?
comments